krakodeel

Of course there is. Assembling a drone with a leash upgrade produces a drone that can transport cows, horses, sheeps, and pigs. Like this:

Or... like this:

Besides, drones are entities. They move in straight lines; they don't get stuck in the fence and can actually enter a house through a door. They move pretty fast — about 6 blocks a second (robots are at least 2 times slower). Drone's movement is asynchronous, so the machine can execute some other code in the middle of the flight. Drones can fly above the block height limit. The screenshot above was made while enjoying the flight at a height of 260 blocks, for example. Oh, they can fly below the bedrock, too.
Also, drones look cool.
Jobs at which drones clearly outperform robots include player transportation (thanks to the leash upgrade) and item transportation (due to their mobility). And, if used with robots, drones can be useful for crop farming, autocrafting, and construction, for example.

This BIOS allows you to choose the boot device by either using the arrow keys or clicking/touching the monitor.
When using the keyboard use Enter to boot, when using clicking/touching click an unselected entry to select it, click a selected entry to boot it.
If there is only one bootable medium, that medium is autobooted.
The default selected option is the last booted device.
This supports booting from filesystems, using /init.lua as an entry point or from drives(HDDs or Floppys in unmanaged mode), by loading code from the first sector until the first \0 character appears as lua code. (From what I've seen unmanaged drives are mostly ignored in OC, which is kinda sad.)
Screenshots:

To install: (This file contains the code needed to flash the BIOS as well as the BIOS code itself, it will ask before flashing it to the EEPROM)
pastebin run Cx4aTipt  

https://minecraft.curseforge.com/projects/openpython
https://github.com/EcmaXp/OpenPython
OpenPython makes micropython available on OpenComputers.
micropython is Python for embedded devices and is different from CPython.
Currently, micropython is partially compatible with Python version 3.4 as of October 2018.
Features include:
- Fully persistable.
- Runs in a sandboxed environment and does not require a separate native DLL.
- Supports virtual file system.
- It can call other components and supports Lua architecture's UserData.
Limitations include:
- The firmware is 256 KB and the memory limit has the same limit as the Lua architecture, but the stack is allocated in a separate memory.
- Most modules are difficult to use because the battery is partially included.
- The operating system is not yet fully implemented, so the Python interpreter now runs.
- Ctrl + C is not supported, so if you accidentally run infinite repeated code, the only way to stop it is to turn the computer off and then on.
To use the Python architecture, you need the following items:
- EEPROM (OpenPython): I'm sorry, but you have to bring items from the Creative tab.
- Floppy Disk (OpenPython OS): This item can be obtained by creating a floppy disk and Scrench, or you can check it on the Creative tab.
- OpenPython CPU: You can choose OpenPython architecture by holding Shift + Right Click on the Lua architecture CPU.
It is still unstable, but we plan to make further improvements in the future.
I need help from people who are familiar with OpenComputers and Python.
Thank you for playing.